Shanxian Chemical
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Does Hydrogen Freeze
"On the Condensation of Hydrogen"
The world doubts whether hydrogen can be condensed or not. To investigate this, when the physical properties are clear. Hydrogen is light and flammable, and is a constant form of gas.
Looking at all things, the change of condensation is related to temperature and pressure. When things encounter low temperatures, their molecules slow down, coalesce and coalesce. The same is true for hydrogen. When the temperature drops to an extremely low level, near minus 250 degrees Celsius, the gaseous state of hydrogen gradually converges, the molecules attract and become solid, just like the shape of ice and snow, but its properties are different from normal ice.
In addition, the change of pressure also affects hydrogen. Increase its pressure, and the molecules of hydrogen are approaching, making it easier to condense. At extremely high pressure, hydrogen may be in a different condensed state, with extraordinary properties, or a superconducting quality, which will be further studied by capable people.
Therefore, it can be known that hydrogen can condense at a specific temperature and pressure. This is not a lie, but a proof of physicochemistry. Scholars should study its principles and explore its micro-mysteries, in order to use the world's wonderful methods and promote the grand event of science and technology.
The world doubts whether hydrogen can be condensed or not. To investigate this, when the physical properties are clear. Hydrogen is light and flammable, and is a constant form of gas.
Looking at all things, the change of condensation is related to temperature and pressure. When things encounter low temperatures, their molecules slow down, coalesce and coalesce. The same is true for hydrogen. When the temperature drops to an extremely low level, near minus 250 degrees Celsius, the gaseous state of hydrogen gradually converges, the molecules attract and become solid, just like the shape of ice and snow, but its properties are different from normal ice.
In addition, the change of pressure also affects hydrogen. Increase its pressure, and the molecules of hydrogen are approaching, making it easier to condense. At extremely high pressure, hydrogen may be in a different condensed state, with extraordinary properties, or a superconducting quality, which will be further studied by capable people.
Therefore, it can be known that hydrogen can condense at a specific temperature and pressure. This is not a lie, but a proof of physicochemistry. Scholars should study its principles and explore its micro-mysteries, in order to use the world's wonderful methods and promote the grand event of science and technology.
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